国家/地区 中国（12）
IPC部 H（7） B（6） C（6）
IPC大类 H01（7） C01（5） B82（4）
B01（2） C04（2）
IPC小类 C01B（5） B82Y（4） H01G（3）
B01J（2） C04B（2） H01L（2）
H01M（2）
IPC B82Y030/00（4） H01G011/24（3） H01G011/36（3）
H01G011/86（3） H01G011/46（2） H01L021/28（2）
H01L031/0224（2） H01L031/18（2） H01M004/36（2）
H01M004/58（2） H01M004/62（2） H01M010/0525（2）
发明人 ZHANG H（4） ZHANG S（4） BI Y（3）
HU M（3） TIAN X（3） WANG H（3）
ZHOU Y（3） CHANG S（2） CHEN Y（2）
DU G（2） HAN L（2） HUANG M（2）
JIANG T（2） TU X（2） YUAN H（2）
公开年 2017（12）
申请年 2017（7）  2016（5） 
专利权人 UNIV WUHAN SCI TECHNOLOGY（12）

Preparing silicon carbide-graphene composite powder comprises e.g. either mixing expanded graphite with silicon containing raw material, ball milling to obtain composite powder and then heating the composite powder.

ZHANG H, WANG H, BI Y, HAN L, LI S, WANG J, ZHANG S

Preparation of platinum-palladium nanocatalyst supported on graphene used for catalyzing the hydrogenation of boron hydride to produce hydrogen comprises mixing palladium and platinum, refluxing, concentrating and drying.

LU L, WANG S, ZHANG H, LI F, ZHANG S

Preparation method of three-dimensional graphene composite electrode material, involves obtaining three-dimensional graphene composite electrode material by performing electrophoretic coating on metal oxide colloidal solution.

HUANG F, LU X, LIU J, HU Q

Preparation of graphene-loaded manganese oxide composite material involves mixing water and graphene oxide, adding zinc and manganese salts, stirring with sodium hydroxide, mixing with hydrochloric acid, drying, and heat-preserving.

CHEN Y, GU H, CHEN Z

Preparation of graphene modified porous oil-absorbing ceramics involves immersing porous diatomite ceramic in aqueous graphite oxide solution under vacuum, vacuum drying, reducing, and drying.

ZHANG H, BI Y, WANG H, HAN L, ZHANG S

Preparing graphene aerogels loaded mesoporous lithium iron phosphate nanosheet complex comprises adding graphene oxide solution in a hydrothermal kettle, reacting, naturally cooling, freezing and drying.

ZHOU Y, LU J, TIAN X, JIANG T, TU X, HU M

Preparation of graphene aerogel composite nickel cobalt oxide nanowire array material involves placing graphene oxide solution in reaction kettle, reacting, cooling, and drying to prepare graphene aerogel.

ZHOU Y, HU M, WANG P, TIAN X, DU G

Anode with ultra-low work function, has single-layer graphene layer whose upper surface is plated with additional layer formed with cesium element or oxygen element layers having same thickness of atomic layer thickness.

CHANG S, YUAN H, HUANG M

Preparation of graphene composite lithium-iron phosphate nanowire positive electrode material involves mixing iron salt solution and graphene oxide aqueous solution, adding phosphoric acid, ethylene glycol and lithium salt and heating.

ZHOU Y, DU G, JIANG T, TU X, TIAN X, HU M

Anode with ultra-low work function, comprises monocrystalline silicon layer, hafnium oxide layer, single layer of graphene and additional layer and surface of single crystal silicon layer is provided with layer of hafnium oxide.

CHANG S, YUAN H, HUANG M